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ADVANCED electricity system of diesel-electric submarines monitoring of battery status

机译:柴电潜艇高级电力系统对电池状态的监控

摘要

FIELD: shipbuilding.;SUBSTANCE: invention is related to ship power energetic systems, in particular diesel-electric submarines and submersible crafts with accumulator batteries (AB), which are the only sources of electric energy in submersible condition, and also above-water vessels with electric motion, having AB as reserve (emergency) source of power supply. System realises monitoring voltage in all accumulators used to assemble AB, monitoring of level and temperature of electrolyte in all accumulator jars, monitoring of total voltage and current of AB and processing of control-diagnostic information in order to identify the mode of AB (discharging or charging), calculation of charging (or discharging) capacitance, residual capacitance and time left to completion of discharge, value of AB insulation resistance, etc. Results of current AB state monitoring in the form of integrated control-diagnostic information are sent to operator of complex of aggregate means of power energetic system control, which on the basis of this information makes justified decision on further optimal mode of AB use.;EFFECT: invention provides for efficient monitoring of current technical condition of AB and high validity of information support of submarine crew; system application provides for increased efficiency of AB operation, and as a result, increase of their resource and service life, and also increase of submarine independence.;3 cl, 1 dwg
机译:技术领域本发明涉及船舶动力能量系统,特别是柴电潜艇和带有蓄电池的潜水艇(AB),它们是潜水状态下的唯一能源,并且还涉及水上船舶进行电动运动时,将AB作为备用(紧急)电源。系统实现了对用于组装AB的所有蓄电池的电压的监视,对所有蓄电池罐中电解液的液位和温度的监视,对AB的总电压和电流的监视以及控制诊断信息的处理,以识别AB的模式(放电或放电)。充电),充电(或放电)电容的计算,剩余电容和完成放电所需的时间,AB绝缘电阻的值等。以集成的控制诊断信息的形式将当前AB状态监视的结果发送给操作人员。电力能源系统控制的综合手段的综合体,其基于该信息对AB使用的进一步最佳模式做出合理的决定。;效果:本发明提供了对AB当前技术状况的有效监控和对潜艇信息支持的高度有效性船员;该系统的应用提高了AB作战的效率,从而增加了它们的资源和使用寿命,并提高了潜艇的独立性。; 3 cl,1 dwg

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